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Effects of three-dimensional current collectors on supercapacitors' characteristics

机译:三维集电器对超级电容器特性的影响

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摘要

Supercapacitors made of high-area electrode materials are comlementary to batteries as far as electrical energy storage is concerned. Indeed, supercapacitors show low energy-density but high power-density. To achieve this, the time constant RC must be as low as possible, so the internal resistance R must be low. Apart from the effect of electrolyte resistivity and electrode thickness on the internal resistance, we show that the structure of the current collector acts on this parameter; the use of a three-dimensional current collector, such as metallic foam, results in an important decrease of the internal resistance of the cell.
机译:只要电能存储,由高区域电极材料制成的超级电容器是与电池的密码子。实际上,超级电容器显示出低能量密度但高功率密度。为此,时间常数RC必须尽可能低,因此内阻R必须低。除了电解质电阻率和电极厚度对内阻的影响外,我们表明集电器的结构作用于该参数;使用三维集电器,例如金属泡沫,导致细胞内阻的重要降低。

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